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An Induction Heating System Analysis Method based on Operating Conditions

机译:基于工况的感应加热系统分析方法

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In this paper, we propose an induction heating system analysis method under operating conditions. In the induction heating system, the current of the coil generates an eddy current on the load surface, and heat is generated by the eddy current. At this time, a high level of current is applied depending on the operating conditions of the induction heating system. When the equivalent resistance and inductance of the coil and load are measured and applied to the time domain simulation in the stop condition, the output voltage and current show different results from the measured results. Therefore, we propose a simulation method that calculates the equivalent resistance and inductance in the operating conditions of the induction heating system, and verify the proposed method by measurements. When the proposed method is applied to the simulation, the errors of the output voltage and output current are reduced up to 90% compared to the conventional method when the time domain simulation results are compared with the measurements.
机译:在本文中,我们提出了一种在工况下的感应加热系统分析方法。在感应加热系统中,线圈的电流在负载表面上产生涡流,并且由涡流产生热量。此时,根据感应加热系统的工作条件,会施加高水平的电流。在停止条件下测量线圈和负载的等效电阻和电感并将其应用于时域仿真时,输出电压和电流显示出与测量结果不同的结果。因此,我们提出了一种模拟方法,该方法可以计算感应加热系统在工作条件下的等效电阻和电感,并通过测量来验证所提出的方法。当将所提方法应用于仿真时,将时域仿真结果与测量结果进行比较,与常规方法相比,输出电压和输出电流的误差最多可降低90%。

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